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Semantic Sequence Analysis for Human Activity Prediction

机译:人类活动预测的语义序列分析

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The task of long video analysis is challenging, and it is often the case that many human actions occur but only a few contribute to the semantic topic of the video. However, compared with short video human activity studies, long video analysis has its practical utility especially considering the effort of watching a long video for human. In this paper, we propose to learn semantic symbol sequence patterns of complex videos for activity prediction. The prefix method of semantic stream is designed based on the semantic symbol sequence and their time marks. The prediction phase is implemented via matching semantic sequence of incomplete videos and sequence patterns of different activities. We evaluate various prediction methods depending on low-level features or high-level descriptions. The empirical result suggests that when applied to activity prediction, sequence pattern mining can effectively reduce its reliance upon the low level features and improve predicting performance.
机译:长视频分析的任务是具有挑战性的,并且往往是这种情况发生了许多人类行动的情况,而是只有几个有助于视频的语义主题。然而,与短视频人类活动研究相比,长视频分析具有其实用效用,特别是考虑观察人类长视频的努力。在本文中,我们建议学习用于活动预测的复杂视频的语义符号序列模式。基于语义符号序列及其时间标记设计了语义流的前缀方法。通过匹配不完整视频和不同活动的序列模式的匹配语义序列来实现预测阶段。根据低级功能或高级描述,我们评估各种预测方法。经验结果表明,当应用于活动预测时,序列模式挖掘可以有效地降低其对低电平特征的依赖,并提高预测性能。

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